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Assembly of extracellular matrix

Current Opinion in Cell Biology, 1992
A great challenge in understanding how different extracellular matrices assemble is to sort through the vast number of possible interactions between and among matrix molecules. The most profound insights are likely to come from patients with defined defects of matrix molecules and the use of transgenic mice or other experimental technologies that mimic
John A. McDonald   +3 more
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Extracellular Matrix 3: Evolution of the extracellular matrix in invertebrates

The FASEB Journal, 1993
Invertebrates comprise about 95% of animal species, yet most studies of extracellular matrices have centered on vertebrates. Comparative studies of invertebrates will enhance comprehension of evolutionary processes and appreciation of the diversity of extracellular matrices.
Ronit Har-El, Marvin L. Tanzer
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Overview of Extracellular Matrix

Current Protocols in Cell Biology, 1998
AbstractThe extracellular matrix provides an environment for cells. It is produced, assembled and modified by cells and in turn, it modifies the functions and behavior of the cells it encounters. The molecules that make up the matrix are diverse in both structure and function.
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Extracellular Matrix Assembly

Annual Review of Cell and Developmental Biology, 1988
Fibronectin remains unique among matrix components because it exists in both soluble and matrix forms. It seems likely that the necessity to prevent inappropriate matrix assembly from soluble fibronectin results in a strict requirement for catalysis by specific cells to deposit fibronectin fibrils.
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Extracellular Matrix

2010
Publisher Summary Extracellular matrix is a dynamic organelle that surrounds the cell. It is a matrix of polysaccharide and protein polymers that prevents cell lysis and allows the development of a hydrostatic pressure within the cell that provides mechanical support for the plant. In general, the plant extracellular matrix is approximately 60 percent
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The extracellular matrix and synapses

Cell and Tissue Research, 2006
Extracellular matrix (ECM) molecules, derived from both neurons and glial cells, are secreted and accumulate in the extracellular space to regulate various aspects of pre- and postsynaptic differentiation, the maturation of synapses, and their plasticity.
Melitta Schachner, Alexander Dityatev
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